Next-Generation Cognitive Monitoring App on the Horizon
Emerging technology from ExaMD, a branch of the ExaWizards Group, promises to integrate artificial intelligence (AI) in apps that make it easier to monitor ageing and mental health conditions. In their latest endeavor, they aim to create an app that visualizes cognitive abilities using a simple interface necessitating only a minute-long conversation with a voice AI. By analyzing speech patterns, such as pauses and intonation, the app aims to identify declines in cognitive function with around 95% accuracy. This upcoming tool, expected to be in practical use within the next two to three years, highlights ExaMD’s commitment to accessible health monitoring.
Entertaining Child Rehabilitation with Interactive Gaming Technology
Children with medical conditions such as cerebral palsy often face challenging rehabilitations. To make this easier, ‘DigiRehab’ has developed a system where projected images and body sensors merge to create a gamified therapy experience. This platform is not only engaging but is also tailor-made to reinforce physical abilities and enhance cognitive as well as social skills. With service already beginning in 2021 and currently in use in over 60 medical institutions, DigiRehab brings fun into rehabilitation.
Vision Assistance Through Vibrational Guidance by Ashirase
Aiming to aid visually impaired individuals with navigation, the company Ashirase is identifying new pathways with its shoe-attachable device that guides users through vibrations directed to corresponding feet, based on directions they need to venture. Launched through an incubation program funded by Honda’s new business creation program, Ashirase’s offering is anticipated to hit the market in summer 2024, with the intent to enhance solo pedestrian safety for visually impaired users.
Genetically Modified Medical Pigs for Organ Transplantation by Pol Med Tech
Addressing the critical shortage in organ donations, Pol Med Tech has engineered genetically modified pigs that could serve as a source for xenotransplantation. Having cleared certain health standards, these ‘medical pigs’ may offer a viable solution to the organ donor shortage, targeting kidney transplantation within a few years.
New AI-driven Throat Imaging Diagnostics
Influenza diagnostics has leapt forward with an AI-powered medical device that swiftly determines presence of the virus through throat imaging. This cutting-edge technology, launched in December 2022, has shown over 70% accuracy and is increasingly adopted by various healthcare establishments across 47 prefectures in Japan.
Market Trends & Forecasts in Health and Disability-Supporting Technologies
The market surrounding technologies for health and disability support is evolving rapidly, driven by advancements in AI, IoT, and other technological sectors. The widespread adoption of wearable technology and smart devices has been significant in supporting persons with disabilities and chronic health conditions. According to a report by Grand View Research, the global assistive technology market size was valued at USD 18.5 billion in 2018 and is expected to grow at a compound annual growth rate of 7.9% from 2019 to 2025.
The growing elderly population worldwide is fueling demand for health monitoring systems, while the integration of AI in medical diagnostics and treatments is providing new possibilities for personalized medicine, early detection of diseases, and improved patient care. The COVID-19 pandemic has also accelerated digital transformation in healthcare, with telehealth and remote patient monitoring becoming increasingly common.
Challenges & Controversies
Despite the benefits of integrating innovative technologies into the health sector, challenges exist. Data privacy concerns are paramount, as the collection of sensitive health information raises substantial ethical and legal questions. Ensuring the security of health data is crucial to maintain patient trust and comply with regulations like GDPR and HIPAA.
Another challenge is ensuring accessibility and inclusivity. Advanced medical technologies are often expensive and may not be accessible to underserved populations, potentially exacerbating health disparities.
There is also controversy surrounding the reliance on technology for health care, with some critics cautioning against an overreliance on machines that may replace human judgment and the potential loss of jobs in the medical field due to automation.
Advantages and Disadvantages
Advantages of innovative technologies in health and disability include:
– Increased Accessibility: Technologies like AI-assisted apps and vibrational guidance systems lower barriers for people with disabilities or chronic conditions to live more independently.
– Enhanced Precision: AI and genetic engineering, such as with medical pigs for organ transplantation, have the potential to increase the success rate of complex medical procedures.
– Early Detection and Prevention: Next-generation cognitive monitoring and throat imaging diagnostics facilitate timely intervention, potentially improving outcomes.
Disadvantages include:
– Privacy and Security Risks: With the increase in data collection comes the challenge of protecting sensitive information against breaches and misuse.
– Inequality: High costs and technological complexity may limit access for certain demographic groups, contributing to health inequities.
– Overdependence: The reliance on technology could reduce face-to-face interactions in healthcare, potentially impacting the quality of patient care.
In conclusion, while innovative technologies are providing groundbreaking solutions in the fields of health and disability, they must be implemented thoughtfully to maximize benefits and mitigate possible drawbacks. For more information about emerging tech trends, market analysis, and tech companies, you can visit authoritative tech and market research sites like Grand View Research or Gartner.
The source of the article is from the blog smartphonemagazine.nl